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May
1
awarded  Mortarboard
Apr
26
comment How to obtain the PDF of variable that is square of a Rician distributed variable?
PDF[TransformedDistribution[x^2, x \[Distributed] RiceDistribution[v, Sqrt[\[Alpha]/2]]], y]
Apr
25
comment The correct assignment of probability distribution to generate random variables
The starting point to your question is to define the distribution you are working with, in the simplest possible way. You just have a whole bunch of functions which depend on some unspecified unnamed parameters called Uvnyt and Uvnesh. You then NIntegrate the latter, which cannot possibly work since Uvnyt and Uvnesh are unstated symbolic constants, and not numerical. I cannot see how RandomVariate could possibly be expected to work on the latter: it requires that all parameters be given numerical values.
Apr
25
comment The correct assignment of probability distribution to generate random variables
Too much information. I would suggest honing your question down to the essence of the Mma issue ... in a couple of lines
Apr
24
answered Can a package append its context to $DistributedContexts?
Apr
24
comment Can a package append its context to $DistributedContexts?
Could you please explain what your real objective is? i.e. not the specifics of worrying about $DistributedContexts, but why you are trying to do this? i.e. Is your intention to allow a package function MyPackFunc1 (that may be operating in parallel) to call other package functions say MyPackFunc2, so that the other kernels are aware of the package functions? Or do you just want to update variables SetSharedVariable between the different kernels?
Apr
11
revised Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
added 125 characters in body
Apr
11
revised Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
added 191 characters in body
Apr
11
comment Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
New version above ---------> all improved
Apr
11
revised Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
added 191 characters in body
Apr
11
comment Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
Trouble maker ! ;)
Apr
11
revised Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
added 6 characters in body
Apr
11
answered Calculate Cumulative Mean and Standard Deviation of a list without FOR loops
Apr
9
awarded  distributions
Apr
8
comment Difference between two usages of TransformedDistribution
I don't think you will beat the simplicity of: RandomInteger[{1, 6}] + RandomInteger[{1, 6}] by using RandomVariate[ TransformedBlah ] ... especially if you need just one drawing at a time (rather than a million in advance).
Apr
8
revised PDF of product of two random variable with PDFs involving Dirac-delta function
Improved presentation of mma code - removed $ signs
Apr
7
revised PDF of product of two random variable with PDFs involving Dirac-delta function
edited body
Apr
7
answered PDF of product of two random variable with PDFs involving Dirac-delta function
Mar
31
awarded  Yearling
Mar
29
awarded  Nice Answer